254 lines
10 KiB
C
254 lines
10 KiB
C
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/*
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* sram.h
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*
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* Created on: Apr 19, 2017
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* Author: toporov
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*/
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#ifndef SRAM_H_
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#define SRAM_H_
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#define ADDR_SETUP_TIME 1
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#define ADDR_HOLD_TIME 0
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#define DATA_SETUP_TIME 10
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#define BUS_TURN_AROUND 0
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#define CLK_DIVISION 0
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#define DATA_LATENCY 0
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#define ACCESS_MODE FSMC_AccessMode_A
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/*
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*
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* =====================
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* [ ***** ÍÓÆÍÎ ***** ]
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* =====================
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*
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* 1) CMPLX_BUFFER[] -> 32K
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* 2) MEAN_BUFFER[] -> 64K
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* 3) GRAPH_BUFFER[] -> 64K
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* 4) LCD_BUFFER[] -> 304K
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* 5) GUI_BUFFER[] -> 1024K - 32K - 64K - 64K - 304K = 544K
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*
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*
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*
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*/
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#define SRAM_ADDR_OFFSET ((__IO uint32_t) 0x64000000)
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#define SIZE_1K ((__IO uint32_t) 0x00000400)
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#define SIZE_2K ((__IO uint32_t) 0x00000800)
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#define SIZE_4K ((__IO uint32_t) 0x00001000)
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#define SIZE_8K ((__IO uint32_t) 0x00002000)
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#define SIZE_16K ((__IO uint32_t) 0x00004000)
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#define SIZE_32K ((__IO uint32_t) 0x00008000)
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#define SIZE_64K ((__IO uint32_t) 0x00010000)
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#define SIZE_128K ((__IO uint32_t) 0x00020000)
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#define SIZE_256K ((__IO uint32_t) 0x00040000)
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#define SIZE_512K ((__IO uint32_t) 0x00080000)
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#define SIZE_1024K ((__IO uint32_t) 0x00100000)
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/*#define LCD_ADDR_OFFSET ((__IO uint32_t) 0x20020000) // LENGTH = 307200 = 0x4B000
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#define SCR1_ADDR_OFFSET ((__IO uint32_t) 0x20020000) // LENGTH = 0x25800
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#define SCR2_ADDR_OFFSET ((__IO uint32_t) 0x20045800) // LENGTH = 0x25800
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#define pLCD_u8 (( uint8_t *) (LCD_ADDR_OFFSET)) // LENGTH = 16K*/
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#define STRING_OFFSET ((__IO uint32_t) 0x6404B000) // LENGTH = 0x5000
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#define StrRAM(y,x) *(char *) (STRING_OFFSET + (((y) * 40) + (x)))
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#define pStrRAM ((char *) (STRING_OFFSET))
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#define ACC_PEAK_WR(x) *( float32_t *) (0x64050000 + ((x) << 2))
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#define ACC_RMS_WR(x) *( float32_t *) (0x64050800 + ((x) << 2))
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#define VEL_PEAK_WR(x) *( float32_t *) (0x64051000 + ((x) << 2))
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#define VEL_RMS_WR(x) *( float32_t *) (0x64051800 + ((x) << 2))
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#define DIS_PEAK_WR(x) *( float32_t *) (0x64052000 + ((x) << 2))
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#define DIS_RMS_WR(x) *( float32_t *) (0x64052800 + ((x) << 2))
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#define ACC_PEAK_RD(x) *( __IO float32_t *) (0x64050000 + ((x) << 2))
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#define ACC_RMS_RD(x) *( __IO float32_t *) (0x64050800 + ((x) << 2))
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#define VEL_PEAK_RD(x) *( __IO float32_t *) (0x64051000 + ((x) << 2))
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#define VEL_RMS_RD(x) *( __IO float32_t *) (0x64051800 + ((x) << 2))
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#define DIS_PEAK_RD(x) *( __IO float32_t *) (0x64052000 + ((x) << 2))
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#define DIS_RMS_RD(x) *( __IO float32_t *) (0x64052800 + ((x) << 2))
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#define OP1_PEAK_WR(x) *( float32_t *) (0x64050000 + ((x) << 2))
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#define OP1_RMS_WR(x) *( float32_t *) (0x64050800 + ((x) << 2))
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#define OP2_PEAK_WR(x) *( float32_t *) (0x64051000 + ((x) << 2))
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#define OP2_RMS_WR(x) *( float32_t *) (0x64051800 + ((x) << 2))
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#define OP3_PEAK_WR(x) *( float32_t *) (0x64052000 + ((x) << 2))
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#define OP3_RMS_WR(x) *( float32_t *) (0x64052800 + ((x) << 2))
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#define OP4_PEAK_WR(x) *( float32_t *) (0x64053000 + ((x) << 2))
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#define OP4_RMS_WR(x) *( float32_t *) (0x64053800 + ((x) << 2))
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#define OP1_PEAK_RD(x) *( __IO float32_t *) (0x64050000 + ((x) << 2))
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#define OP1_RMS_RD(x) *( __IO float32_t *) (0x64050800 + ((x) << 2))
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#define OP2_PEAK_RD(x) *( __IO float32_t *) (0x64051000 + ((x) << 2))
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#define OP2_RMS_RD(x) *( __IO float32_t *) (0x64051800 + ((x) << 2))
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#define OP3_PEAK_RD(x) *( __IO float32_t *) (0x64052000 + ((x) << 2))
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#define OP3_RMS_RD(x) *( __IO float32_t *) (0x64052800 + ((x) << 2))
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#define OP4_PEAK_RD(x) *( __IO float32_t *) (0x64053000 + ((x) << 2))
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#define OP4_RMS_RD(x) *( __IO float32_t *) (0x64053800 + ((x) << 2))
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#define ADC_BUFF_OFFSET ((__IO uint32_t) 0x64060000) // LENGTH = 128K (0x20000)
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#define pAdcBuff ((int32_t *) (ADC_BUFF_OFFSET))
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#define AdcBuff(x) *(int32_t *) (ADC_BUFF_OFFSET + ((x) << 2))
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#define AdcBuff_16(x) *(uint16_t *) (ADC_BUFF_OFFSET + ((x) << 1))
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#define GRAPH_ADDR_OFFSET ((__IO uint32_t) 0x64080000) // LENGTH = 64K
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#define REAL_ADDR_OFFSET ((__IO uint32_t) 0x64090000) // LENGTH = 32K
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#define IMAGE_ADDR_OFFSET ((__IO uint32_t) 0x64098000) // LENGTH = 32K
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#define CMPLX_ADDR_OFFSET ((__IO uint32_t) 0x64090000) // LENGTH = 64K
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#define ACC_ADDR_OFFSET ((__IO uint32_t) 0x64090000) // LENGTH = 16K
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#define VEL_ADDR_OFFSET ((__IO uint32_t) 0x64094000) // LENGTH = 16K
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#define DIS_ADDR_OFFSET ((__IO uint32_t) 0x64098000) // LENGTH = 16K
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#define MEAN_ADDR_OFFSET ((__IO uint32_t) 0x640A0000) // LENGTH = 64K
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#define Real(x) *(float32_t *) (REAL_ADDR_OFFSET + ((x) << 2))
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#define Image(x) *(float32_t *) (IMAGE_ADDR_OFFSET + ((x) << 2))
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#define pCmplxA_u8 (( uint8_t *) (ACC_ADDR_OFFSET))
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#define pCmplxA_u16 (( uint16_t *) (ACC_ADDR_OFFSET))
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#define pCmplxA_u32 (( uint32_t *) (ACC_ADDR_OFFSET))
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#define pCmplxA_f32 (( float32_t *) (ACC_ADDR_OFFSET))
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#define pCmplxV_u8 (( uint8_t *) (VEL_ADDR_OFFSET))
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#define pCmplxV_u16 (( uint16_t *) (VEL_ADDR_OFFSET))
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#define pCmplxV_u32 (( uint32_t *) (VEL_ADDR_OFFSET))
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#define pCmplxV_f32 (( float32_t *) (VEL_ADDR_OFFSET))
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#define pCmplxS_u8 (( uint8_t *) (DIS_ADDR_OFFSET))
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#define pCmplxS_u16 (( uint16_t *) (DIS_ADDR_OFFSET))
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#define pCmplxS_u32 (( uint32_t *) (DIS_ADDR_OFFSET))
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#define pCmplxS_f32 (( float32_t *) (DIS_ADDR_OFFSET))
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#define pMeanA_u8 (( uint8_t *) (MEAN_ADDR_OFFSET))
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#define pMeanA_u16 (( uint16_t *) (MEAN_ADDR_OFFSET))
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#define pMeanA_u32 (( uint32_t *) (MEAN_ADDR_OFFSET))
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#define pMeanA_f32 (( float32_t *) (MEAN_ADDR_OFFSET))
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#define pA_Buff_f32 (( float32_t *) (ACC_ADDR_OFFSET))
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#define pV_Buff_f32 (( float32_t *) (VEL_ADDR_OFFSET))
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#define pS_Buff_f32 (( float32_t *) (DIS_ADDR_OFFSET))
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#define pScrA_u8 (( uint8_t *) (GRAPH_ADDR_OFFSET))
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#define pScrA_u16 (( uint16_t *) (GRAPH_ADDR_OFFSET))
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#define pScrA_u32 (( uint32_t *) (GRAPH_ADDR_OFFSET))
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#define pScrA_f32 (( float32_t *) (GRAPH_ADDR_OFFSET))
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#define CmplxA_u8(x) *( __IO uint8_t *) (CMPLX_ADDR_OFFSET + (x))
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#define CmplxA_u16(x) *(__IO uint16_t *) (CMPLX_ADDR_OFFSET + ((x) << 1))
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#define CmplxA_u32(x) *(__IO uint32_t *) (CMPLX_ADDR_OFFSET + ((x) << 2))
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#define CmplxA_f32(x) *( float32_t *) (CMPLX_ADDR_OFFSET + ((x) << 2))
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#define CmplxV_u8(x) *( __IO uint8_t *) (CMPLX_ADDR_OFFSET + (x))
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#define CmplxV_u16(x) *(__IO uint16_t *) (CMPLX_ADDR_OFFSET + ((x) << 1))
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#define CmplxV_u32(x) *(__IO uint32_t *) (CMPLX_ADDR_OFFSET + ((x) << 2))
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#define CmplxV_f32(x) *( float32_t *) (CMPLX_ADDR_OFFSET + ((x) << 2))
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#define CmplxA_u8(x) *( __IO uint8_t *) (CMPLX_ADDR_OFFSET + (x))
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#define CmplxA_u16(x) *(__IO uint16_t *) (CMPLX_ADDR_OFFSET + ((x) << 1))
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#define CmplxA_u32(x) *(__IO uint32_t *) (CMPLX_ADDR_OFFSET + ((x) << 2))
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#define CmplxA_f32(x) *( float32_t *) (CMPLX_ADDR_OFFSET + ((x) << 2))
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#define MeanA_u8(x) *( __IO uint8_t *) (MEAN_ADDR_OFFSET + (x))
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#define MeanA_u16(x) *(__IO uint16_t *) (MEAN_ADDR_OFFSET + ((x) << 1))
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#define MeanA_u32(x) *(__IO uint32_t *) (MEAN_ADDR_OFFSET + ((x) << 2))
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#define MeanA_f32(x) *( float32_t *) (MEAN_ADDR_OFFSET + ((x) << 2))
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#define ScrA_u8(x) *( __IO uint8_t *) (GRAPH_ADDR_OFFSET + (x))
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#define ScrA_u16(x) *(__IO uint16_t *) (GRAPH_ADDR_OFFSET + ((x) << 1))
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#define ScrA_u32(x) *(__IO uint32_t *) (GRAPH_ADDR_OFFSET + ((x) << 2))
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#define ScrA_f32(x) *( float32_t *) (GRAPH_ADDR_OFFSET + ((x) << 2))
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#define A_Buff_f32(x) *( float32_t *) (ACC_ADDR_OFFSET + ((x) << 2))
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#define V_Buff_f32(x) *( float32_t *) (VEL_ADDR_OFFSET + ((x) << 2))
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#define S_Buff_f32(x) *( float32_t *) (DIS_ADDR_OFFSET + ((x) << 2))
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#define FREQ_ADDR_OFFSET ((__IO uint32_t) 0x64080000) // LENGTH = 512K
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#define Freq_f32(x) *(float32_t *) (FREQ_ADDR_OFFSET + ((x) << 2))
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#define Udar_f32(x) *(float32_t *) (MEAN_ADDR_OFFSET + ((x) << 2))
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//***********************************************************************************//
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//***********************************************************************************//
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//*************************** ******************************//
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//=========================== ABOVE 1MB ==============================//
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//*************************** ******************************//
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//***********************************************************************************//
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//***********************************************************************************//
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#define Buff_u8(x) *(uint8_t *) (BL_ADDR_OFFSET + (x))
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#define Buff_u16(x) *(uint16_t *) (BL_ADDR_OFFSET + ((x) << 1))
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#define Buff_u32(x) *(uint32_t *) (BL_ADDR_OFFSET + ((x) << 2))
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#define Buff_f32(x) *(float32_t *) (BL_ADDR_OFFSET + ((x) << 2))
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#define pBuff_u8 ((uint8_t *) (BL_ADDR_OFFSET))
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#define pBuff_u16 ((uint16_t *) (BL_ADDR_OFFSET))
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#define pBuff_u32 ((uint32_t *) (BL_ADDR_OFFSET))
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#define pBuff_f32 ((float32_t *) (BL_ADDR_OFFSET))
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#define RouteMeas(x) *(uint8_t *) (BL_ADDR_OFFSET + (x))
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#define DMA_ADDR_OFFSET ((__IO uint32_t) 0x64090000) // LENGTH = 64K
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#define DMA_Udar_u16(x) *(uint16_t *) (DMA_ADDR_OFFSET + ((x) << 1)) //
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#define TACHO_ADDR_OFFSET ((__IO uint32_t) 0x640B0000) // LENGTH = 64K
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#define TACHO_MEAS_OFFSET ((__IO uint32_t) 0x640C0000) // LENGTH = 32K
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#define TACHO_FLOAT_OFFSET ((__IO uint32_t) 0x640C8000) // LENGTH = 32K
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#define Tacho_u16(x) *(uint16_t *) (TACHO_ADDR_OFFSET + ((x) << 1)) //
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#define BuffT_u16(x) *(uint16_t *) (TACHO_MEAS_OFFSET + ((x) << 1)) //
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#define BuffT_f32(x) *(float32_t *) (TACHO_FLOAT_OFFSET + ((x) << 2)) //
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#define pScrB_u8 (( uint8_t *) (TACHO_ADDR_OFFSET))
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#define pScrB_u16 (( uint16_t *) (TACHO_ADDR_OFFSET))
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#define pScrB_u32 (( uint32_t *) (TACHO_ADDR_OFFSET))
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#define pScrB_f32 (( float32_t *) (TACHO_ADDR_OFFSET))
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#define ScrB_u8(x) *( __IO uint8_t *) (TACHO_ADDR_OFFSET + (x))
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#define ScrB_u16(x) *(__IO uint16_t *) (TACHO_ADDR_OFFSET + ((x) << 1))
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#define ScrB_u32(x) *(__IO uint32_t *) (TACHO_ADDR_OFFSET + ((x) << 2))
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#define ScrB_f32(x) *( float32_t *) (TACHO_ADDR_OFFSET + ((x) << 2))
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/////////////////////////////////////////////////////////////////////////////////////////////////
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#define RAM_WR32(x) *( uint32_t *) (SRAM_ADDR_OFFSET + ((x) << 1))
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#define RAM_RD32(x) *(__IO uint32_t *) (SRAM_ADDR_OFFSET + ((x) << 1))
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#define RAM_WRF32(x) *( float32_t *) (SRAM_ADDR_OFFSET + ((x) << 1))
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#define RAM_RDF32(x) *(__IO float32_t *) (SRAM_ADDR_OFFSET + ((x) << 1))
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#endif /* SRAM_H_ */
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